Horticulture, Humidification systems

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Improving microbiological stability in humidification systems

Humidification systems often work with water that is stored, circulated or reused. As a result, microbiological load, biofilm, contamination and stagnant zones can affect the reliability of the system.

CWN assesses each installation to determine whether nano cavitation can contribute to a more controllable water circuit in humidification systems, as an addition to existing filtration, cleaning, flushing or oxidative treatment.

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Why humidification water can be sensitive

In humidification systems, water storage, circulation, temperature, wet surfaces and airflow come together. As a result, microbiological build-up can occur in tanks, pipes, nozzles, filters or other parts of the installation.

When water remains in the system for longer periods of time or certain zones have less effective flow, contamination can return after cleaning or flushing.

Especially in systems where water is misted or distributed, it is important to keep water quality structurally under control.

Nano-cavitatie in water

What CWN adds

CWN applies nano cavitation as an additional physical treatment within the water circuit. The application is tailored to system volume, flow rate, water load, existing water treatment and critical zones.

  • More control over microbiological build-up in humidification water
  • Support for existing cleaning, flushing or water treatment
  • More stable water quality in recirculating systems
  • Less recurring contamination in wet system parts
  • Technical assessment of critical zones and stagnant points
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From periodic cleaning to structural control

Humidification systems require more than periodic cleaning alone. CWN looks at the complete water circuit and determines where additional physical treatment can technically contribute the most.

If CWN is suitable, we validate this with a pilot under practical operating conditions. This makes it visible whether nano cavitation contributes to more stable water quality and better control of microbiological pressure in your humidification system.

Frequently asked questions about humidification systems

Short answers to frequently asked questions about humidification water, microbiological stability and the use of CWN Free and Tube.

Why does humidification water require extra attention?

In humidification systems, water, temperature, wet surfaces, circulation and airflow come together. As a result, microbiological build-up can occur in tanks, pipes, nozzles, filters or other wet parts of the system.

Does CWN replace cleaning, flushing or disinfection?

No. CWN is applied as an additional system technology. Cleaning, flushing, filtration, oxidative treatment or other existing measures can each retain their own function within water management.

When is CWN relevant for humidification systems?

CWN is particularly relevant when contamination returns after cleaning, water quality fluctuates, microbiological load increases or certain zones in the system remain difficult to control.

Where is CWN installed in a humidification system?

That depends on the installation. Possible locations include storage tanks, humidifier trays, silos, pipes, return flows or other zones where water storage, recirculation and microbiological load come together.

How do we demonstrate the impact of CWN?

We define together in advance which goals are important for your installation. During a pilot, we monitor these through measurements and practical observations, for example water quality, microbiological load, contamination, cleaning frequency and system stability. This makes the contribution of CWN visible within your own humidification system.

Humidification systems require more than periodic cleaning alone. CWN looks at the complete water circuit and determines where additional physical treatment can technically contribute the most.

If CWN is suitable, we validate this with a pilot under practical operating conditions. This makes it visible whether nano cavitation contributes to more stable water quality and better control of microbiological pressure in your humidification system.